User ManualPlease read the Important Notice and Warnings at the end of this document V1.0
www.infineon.com
TriBoard TC3X3 TH V1.0 and TriBoard TC3X3 V1.0 2020-05
TriBoard TC3X3
TriBoard Manual TC3X3
Hardware: TriBoard TC3X3 TH V1.0 and TriBoard TC3X3 V1.0
About this document
Scope and purpose
The User Manual provide information about using, configuration and connecting the TriBoard with Infineon
AURIX™ TC3X3 TQFP device (0.4mm pitch). The manual provide information for different hardware types. There
exist different hardware with Through Hole socket (TriBoard TC3X3 TH) and soldered devices (TriBoard TC3X3).
The schematic is identically for the all boards if not other mentioned in chapter schematic. The placing on the
boards is the same, all components are on the same location.
Intended audience
Design, verfication, test and software engineers will use this document to get an understanding of the
functionality and connections of the TriBoard.
TriBoard Manual TC3X3
Hardware: TriBoard TC3X3 TH V1.0 and TriBoard TC3X3 V1.0
User ManualTOC-3V1.0
TriBoard TC3X3 TH V1.0 and TriBoard TC3X3 V1.0 2020-05
TriBoard Manual TC3X3
Hardware: TriBoard TC3X3 TH V1.0 and TriBoard TC3X3 V1.0
Introduction
1Introduction
We congratulate you on your purchase of the TriCore™ Evaluation Board. This kit is a versatile tool, providing
quick access to the capabilities of TriCore™’s powerful architecture.
Applications can be developed easily. The Evaluation Board is equipped with a variety of memories and
peripherals for connection to the environment. There is also an interface for the On Chip Debugging Features
(OCDS1 and DAP).
The Evaluation Board allows easily the development of TriCore™ applications with the corresponding tools.
Subsequently, the applications can be downloaded and can be tested with the powerful debugger software.
This TriBoard Hardware Manual familiarizes you with the TriCore™ Evaluation Board and guides you through the
initial configuration of the TriBoard.
For detailed technical information about the TC3X3 TQFP (e.g. TC333, TC323) please refer to the User Manual of
the used device.
User Manual1-1V1.0
TriBoard TC3X3 TH V1.0 and TriBoard TC3X3 V1.0 2020-05
TriBoard Manual TC3X3
Hardware: TriBoard TC3X3 TH V1.0 and TriBoard TC3X3 V1.0
Features
2Features
2.1Summary of Features
– Infineon’s TC3X3 (TC333, TC323) AURIX™ 2G Controller in TQFP-100 Package (0.4mm pitch)
–FlexRay™
– High Speed CAN Transceivers (CAN-FD capable)
– USB to UART bridge
–Serial Eeprom
–LIN Transceiver
– Crystal 20MHz (default) or External Clock
– USB miniWiggler JDS for easy debugging
– 8 Low Power Status LEDs
– 8-DIP switches for configuration
– access to all pins of controller
– 100mm x 160mm (EURO-Board)
1)
Transceivers
Connectors
The TC3X3 TriBoard offers a wide variety of connectors:
– Standard power connector
– Micro USB connector for ASC Interface (ASC0) and miniWiggler
– 16-pin header for JTAG interface (OCDS)
– 2 x 10-pin header for DAP and DAP_SCR
– 10pin (2x5) Header for LIN Transceiver (LIN)
– 2 x 10pin (2x5) Header for CAN High Speed Transceiver (CAN0 and CAN1)
– 2 x 10pin (2x5) Header for FlexRay™ (ERAY-A and ERAY-B)
– four 80-pin connectors (male) + four 80-pin connectors (female) with all I/O signals
– optional ETK connector
– optional 6pin (IEEE1394) Socket for HSCT
Components
– Infineon’s Multi Voltage Safety Micro Processor Supply TLF35584QV
– Three LEDs to validate power supply (5Volt / 3,3 Volt / 1,25 Volt)
– LED indicating safe state signal 2 from TLF35584
– LED indicating /HDRST (ESR0) active state
– LED indicating activ miniWiggler JDS
– LED switched via DAS software
– 2 x Infineon’s FlexRay™ Transceiver TLE9221SX
– 2 x Infineon’s High Speed CAN-Transceiver TLE9251VSJ
– Infineon’s LIN-Transceiver TLE 7259-3GE
– USB to UART bridge FT2232HL (FTDI)
– 8 general purpose LEDs
– 2K SPI Bus Serial Eeprom (MICROCHIP)
–Reset switch
–Enable switch
– Generic switch
1) FlexRay™ is a trademark of FlexRay Consortium.
User Manual2-1V1.0
TriBoard TC3X3 TH V1.0 and TriBoard TC3X3 V1.0 2020-05
Micro
USB
miniWiggler
OCDS1
USB
XTAL
FlexRay
Transc eiver
Transc eiver
TxCAN03
TxCAN01
RxCAN03
RxCAN01
TC3X3
(e.g.
TC333,
TC323)
TriCore
TM
CPU
PLL
CAN0
CAN1
ERAY BERAY A
TX0
RX0
8 LED s
(P20.10, P33.5 up to P33.7,
P20.11 up to P20.14)
Serial EEPROM
LIN
LIN
Transc eiver
TX1
RX1
QSPI1
WAKEUP
QSPI1
Multi Voltage Safety Micro
Processor Supply
TLF35584 QV
ENA
TriBoard Manual TC3X3
Hardware: TriBoard TC3X3 TH V1.0 and TriBoard TC3X3 V1.0
Features
– 4-pin Dip switch
Zero Ohm Bridges
Zero Ohm resistors give the flexibility to configure the systems functionality.
2.2Block Diagram
Figure 2-1 TriBoard Block Schematic
User Manual2-2V1.0
TriBoard TC3X3 TH V1.0 and TriBoard TC3X3 V1.0 2020-05
X402
X604
X406
X502
S202
R501
C501
C502
L501
L502
U501
D508
U502
S501
X501
X401
D504D507
D506
D505
D309D308D307D306D305D304D303D302
X601
X602
X302X301
T302
T301
U305
Y201
Y401
U401
D402
BU401
D401
C303
X303X304X305
S201
S502
X404
X603
U201
TriBoard Manual TC3X3
Hardware: TriBoard TC3X3 TH V1.0 and TriBoard TC3X3 V1.0
Features
2.3Placement
Figure 2-2
User Manual2-3V1.0
TriBoard TC3X3 TH V1.0 and TriBoard TC3X3 V1.0 2020-05
TriBoard TC3X3 (TH) V1.0 Placement
TriBoard Manual TC3X3
Hardware: TriBoard TC3X3 TH V1.0 and TriBoard TC3X3 V1.0
TriBoard Information
3TriBoard Information
3.1Soldered board
TriBoard TC3X3 V1.0 is the soldered board and will be available only with usable devices. Please see also chapter
Usable devices.
3.2Socketed board
TriBoard TC3X3 TH V1.0 is the socketed board.
3.2.1Usable devices
Note:Note: Please check always the latest manual for complete list of usable/tested devices.
The board can be used with the following devices:
•TC333
•TC323 (planned, not yet tested)
3.2.2Restricted usable devices
•None
3.3Power Supply
All needed voltages are generated via Infineon’s Multi Voltage Safety Micro Processor Supply TLF35584QV and via
the microcontroller itself (+1,25V).
The supply device is available as two different devices:
Dependent of the assembled device the board works with 5V or 3,3V IO.
The TLF35584QV provide the following voltages:
+3,3V or +5V for standby (connected to VEVRSB)
+3,3V or +5V for TriCore™ (connected to VEXT)
+5V communcation supply (used by CAN and FlexRay™ transceivers)
+5V voltage reference (connected to VDDM and VAREFx)
+3,3V via LDO directly from pre regulator
Applying a stable supply voltage causes the power on reset after a short period. The three LED's (V_UC, +3.3V,
VDD) indicate the status of the on board generated voltages.
A manual power on reset is executed by pressing the reset button.
The Board has to be connected to a +3,5V to +40V DC power supply.
The power consumption is not specified yet but a supply with 12V and 500mA is recommended. The pinout for
the supply connector is shown in Figure 6-3. There can be used any standard power pack with a connector where
the positive line is surrounded by the ground line.
User Manual3-1V1.0
TriBoard TC3X3 TH V1.0 and TriBoard TC3X3 V1.0 2020-05
R216
R213
R452
R429
R430
R214
R215
X402
R212
X604
R248
X406
R457
R346
X502
S202
R525
R348
R390
R256
R255
R241
R237
R235
R233
CB502
R509
R508
R507
R501
C504
C503
C501
C508
C509
C507
C502
CB501
L501
L502
U501
D508
C505
U502
CB510
R398
C519
R354
S501
X501
X401
D504 D507
D506
D505
D309
D308
D307
D306
D305
D304
D303
D302
X601
X602
X302X301
T302T 301
U305
R356
R355
R336
R335
R531
R439
C302C301
R532
CB309
R396R394
R393R392
R391
R399
R324
R357R337
Y201
R207
R206
C202
C201
R202
R203
CB204
R201
CB520
CB515
CB511
R428
R427
R426
R425
R424
R524
R344
CB402
R402
R403
CB408
Y401
U401
U404
CB401
R401
D402
L401
BU401
R411
C402
CB405
R423
D401
CB414
CB415
CB416
CB417
CB418
CB419
R444
R446
R454
R456
R455
R451
U406
U407
U408
C303
D301
R359
R361
R232
R234
R236
R240
X303X304X305
R205
R204
S201
R244
R245
R246
R249
CB205
R222
S502
X404
R395
C516
C517
R397
X603
U201
TriBoard Manual TC3X3
Hardware: TriBoard TC3X3 TH V1.0 and TriBoard TC3X3 V1.0
TriBoard Information
3.3.1Failsafe handling
In case that the device don’t contains a program which disable or service the window watchdog and error pin
monitor of the TLF35584 then the TLF35584 is going to a FAILSAFE state where all supplies are switched off. This
state can be left via reconnect the power plug or via the ENA button (S502). In this case you must connect a
debugger which is able to disable the window watchdog and error pin monitor to reprogram the microcontroller.
In the default state of the board the switching to FAILSAFE state is switched off via resistor R508.
If you will use/evaluate all safety features of the TLF35584 make sure that R509 is assembled and R508 is not
assembled. Make sure that you have a proper initialization of TLF35584 in your softare.
Resistor R508 and R509 are red marked in the following Figure 3-1:
Figure 3-1 Resistors for TLF35584 Safety feature handling with switch on
3.4LEDs
There are 15 LEDs on board:
– D302 up to D305 (blue) -> toogle LEDs connected to P22.10 and P33.5 ... P33.7
– D306 up to D309 (blue) -> toogle LEDs connected to P20.11 ... P20.14
– D504 RST (red) -> RESET LED indicate the reset state of the board (/ESR0)
– D505 VDD (green) ->VDD (+1,25V) power supply indication
– D506 +3V3 (green) -> +3,3V power supply indication
– D507 V_UC (green) -> +5V/+3,3V power supply indication
– D508 SS2 (green) -> safe state signal 2 indication
– D402 ACT (green) -> on board miniWiggler JDS is ACTIV
– D401 RUN (blue) -> Debug RUN mode (switched by DAS Server)
User Manual3-2V1.0
TriBoard TC3X3 TH V1.0 and TriBoard TC3X3 V1.0 2020-05
CB409
R438
R437
R436
R312
R503
D502
C511
C512
D501
Q501
Q505
R506
R502
C510
R504
R505
D503
R520
R209
CB201
R320
R353
R352
R333
R334
R332
U304
U303
R351
R350
R358
R331
R330
R338
R304
R303
CB308
CB307
CB306
CB305
CB304
CB303
R342
R302
U302U301
X701X704
X702
Q503
Q504
Q502
R510
R512
R511
C515
R536
R535
R513
R534
R538
R317
R307
R537
CB518
CB516
CB51 2
CB302
CB301
R343
R323
R533
R221 R220
R322
R321
R340
R341
R311
R301
R319
R318
R316
R315
R309
R308
R306
R305
CB404
CB406
R405
R406
U402
R407
CB40 3
CB407
R409
R410
R415
R416
R417
R418
R414
R420
C406
R412
Q401
Q402
U403
R421
R422
C404
C405
CB410
CB411
CB412
R441
R442
R450
C401
R404
D403
C403
CB413
L402
U405
R413
R443
R445
R447
R448
R449
C304
CB310
R360
R362
R363
R364
R365
R521
U306
R408
R208
CB202
R431
R433
C203
C204
C205
C207
C208
Q403
R440
R419
C518
CB517
X703
TriBoard Manual TC3X3
Hardware: TriBoard TC3X3 TH V1.0 and TriBoard TC3X3 V1.0
TriBoard Information
3.5Clock
On the board is a fixed crystal with 20MHz assembled. You can change this by replacing Y101 (soldered).
3.6USB Connector
The USB connector is used for connection to a PC. Via the USB it is possible to power the board, using the ASCLIN0
as serial connection via USB and Debugging via DAS. For the pinout of USB socket see Figure 6-4.
NOTE: Before connecting the board to the PC, make sure that the actual DAS software is installed on the PC. For
actual DAS software please contact your local FAE.
The software can also be found on:
DAS website
3.6.1Serial Connection to PC
After the first connection of USB to a PC the needed driver will be installed automatically. During this there will
be created a new COM port on PC. This COM port can be used to communicate with the board via ASCLIN0 of the
device. Per default the ASCLIN0 is used on P14.0 and P14.1 (e.g. Generic Bootstrap Loader) . In case you will use
the Generic Bootstrap Loader via CAN or ASCLIN0 via P15.2 and P15.3 you must:
– remove R436 and R437 (this disconnect the serial connection from P14.0 and P14.1)
– remove R301 and R302 (this disconnect the CAN0 transceiver from P11.10 and P11.12)
– assemble R438 and R440 with 0R resistor (size 0603) to connect P15.2 and P15.3 to serial connection
– assemble R303 and R304 with 0R resistor (size 0603) to connect P14.0 and P14.1 to CAN0 transceiver
The mentioned resistors are red marked in Figure 3-2.
Figure 3-2 Resistors for ASC connection (ASC0)
User Manual3-3V1.0
TriBoard TC3X3 TH V1.0 and TriBoard TC3X3 V1.0 2020-05
TriBoard Manual TC3X3
Hardware: TriBoard TC3X3 TH V1.0 and TriBoard TC3X3 V1.0
TriBoard Information
3.6.2miniWiggler JDS
The miniWiggler JDS is a low cost debug tool which allows you access to the JTAG of the device. Make sure that
you have the latest DAS release. Debugging is possible via the DAS Server ‘UDAS‘. Please contact your prefered
debug vendor for support of DAS.
If you have connected the board to the PC and there runs the DAS server, then a working connection is visible via
the green ACTIV LED.
The status RUN LED is switched on/off through the DAS Server, depending on the used debugger (client).
IMPORTANT: Make sure that there is no or a tristated connection on X401 (OCDS1) and X402 (DAP) if the
ACTIV LED is on.
Per default the miniWiggler is connected to the DAP. If resistors R214, R215 and R216 assembled (default) then
the standard DAP is connected to miniWiggler. If all this resistors are not assembled then the miniWiggler can’t
be used. In this case only the DAP connectors X402 and X406 can be used. See Figure 3-6.
3.7FlexRay™ (E-RAY)
The board has 2 IDC10 plugs for FlexRay™ Communication (channel A and B) with up to 10 Mbit/s. For the pinout
of the plugs see Figure 6-5. You can use a IDC female connector with crimpconnector, flat cable and SUB-D 9 plug
with crimpconnector to have a 1:1 adapter to SUB-D 9.
The transceiver are connected to the TriCore™ device via zero ohm resistors (R320 up to R324 and R340 up to
R344) which must be removed to use the ports outside.
ERAY-A can be connected to P02.0, P02.1 and P02.4. Transceiver for channel A can be enabled/disabled via P20.8.
The error state of transceiver channel A can be read out via P20.9.
ERAY-B is connected to P02.2, P02.3 and P02.5. Transceiver for channel B can be enabled/disabled via P02.6. The
error state of transceiver channel A can be read out via P02.7.
For more information look in the user manual for TC3X3 TQFP.
3.8Serial EEPROM
The QSPI1 of the TC3X3 TQFP is connected to a serial EEPROM with a size of 2KBit (256 x 8). As chip select for this
EEPROM is used the port pin P23.1. P23.1 has no chip select functionality of QSPI. Therefore the software must
generate the chip select manual via bit banging. To disconnect (disable) the EEPROM remove resistor R348.
3.9MultiCAN
On the board are two CAN transceiver connected to the CAN0 and CAN1 of TC3X3 TQFP. The transceivers are
connected to two IDC10 plug. For the pinout of IDC10 plug see Figure 6-6. You can use a IDC female connector
with crimpconnector, flat cable and SUB-D 9 plug with crimpconnector to have a 1:1 adapter to SUB-D 9.
The transceiver are connected to the TriCore™ device via zero ohm resistors (R301 up to R304 and R311 up to
R314) which must be removed to use the ports outside.
CAN0 can be used via P11.10 and P11.12 (CAN0 node 3, default) or P14.0 and P14.1 (CAN0 node 1). CAN1 can be
used via P15.2 and P15.3 (CAN0 node 1, default).
3.10LIN
On the board is one LIN transceiver connected to the ASCLIN1 on TC3X3 TQFP (P15.0 and P15.1). The transceiver
are connected to one IDC10 plug. For the pinout of IDC10 plug see Figure 6-7. You can use a IDC female connector
with crimpconnector, flat cable and SUB-D 9 plug with crimpconnector to have a 1:1 adapter to SUB-D 9.
To disconnect the LIN remove resistor R364 and R365.
User Manual3-4V1.0
TriBoard TC3X3 TH V1.0 and TriBoard TC3X3 V1.0 2020-05
CB409
R438
R437
R436
R312
R503
D502
C511
C512
D501
Q501
Q505
R506
R502
C510
R504
R505
D503
R520
R209
CB201
R320
R353
R352
R333
R334
R332
U304
U303
R351
R350
R358
R331
R330
R338
R304
R303
CB308
CB307
CB306
CB305
CB304
CB303
R342
R302
U302U301
X701X704
X702
Q503
Q504
Q502
R510
R512
R511
C515
R536
R535
R513
R534
R538
R317
R307
R537
CB518
CB516
CB51 2
CB302
CB301
R343
R323
R533
R221 R220
R322
R321
R340
R341
R311
R301
R319
R318
R316
R315
R309
R308
R306
R305
CB404
CB406
R405
R406
U402
R407
CB40 3
CB407
R409
R410
R415
R416
R417
R418
R414
R420
C406
R412
Q401
Q402
U403
R421
R422
C404
C405
CB410
CB411
CB412
R441
R442
R450
C401
R404
D403
C403
CB413
L402
U405
R413
R443
R445
R447
R448
R449
C304
CB310
R360
R362
R363
R364
R365
R521
U306
R408
R208
CB202
R431
R433
C203
C204
C205
C207
C208
Q403
R440
R419
C518
CB517
X703
TriBoard Manual TC3X3
Hardware: TriBoard TC3X3 TH V1.0 and TriBoard TC3X3 V1.0
TriBoard Information
The LIN can be used in master and in slave mode. For the master mode there is per default a pull-up of 1K (R360)
and a capacitor of 1nF (C304) on the BUS assembled. For using the LIN in slave mode the pull-up resistor R360
must be removed and maybe the capacitor changed to a smaller value (e.g. 220pF).
The mentioned resistor and capacitor are red marked in Figure 3-3
Figure 3-3 Components for LIN Master Mode
3.11ADC
On this boards are 5 ADC channels prepared with a low pass filter. On pin AN5, AN11, AN12, AN32 and AN33 is
assembled a capacitor of 47nF and a serial resistor of 4,7K. The filter components are red marked in the following
figures (Figure 3-4 and Figure 3-5).
User Manual3-5V1.0
TriBoard TC3X3 TH V1.0 and TriBoard TC3X3 V1.0 2020-05
R216
R213
R452
R429
R430
R214
R215
X402
R212
X604
R248
X406
R457
R346
X502
S202
R525
R348
R390
R256
R255
R241
R237
R235
R233
CB502
R509
R508
R507
R501
C504
C503
C501
C508
C509
C507
C502
CB501
L501
L502
U501
D508
C505
U502
CB510
R398
C519
R354
S501
X501
X401
D504 D507
D506
D505
D309
D308
D307
D306
D305
D304
D303
D302
X601
X602
X302X301
T302T301
U305
R356
R355
R336
R335
R531
R439
C302C301
R532
CB309
R396R394
R393R392
R391
R399
R324
R357R337
Y201
R207
R206
C202
C201
R202
R203
CB204
R201
CB520
CB515
CB511
R428
R427
R426
R425
R424
R524
R344
CB402
R402
R403
CB408
Y401
U401
U404
CB401
R401
D402
L401
BU401
R411
C402
CB405
R423
D401
CB414
CB415
CB416
CB417
CB418
CB419
R444
R446
R454
R456
R455
R451
U406
U407
U408
C303
D301
R359
R361
R232
R234
R236
R240
X303X304X305
R205
R204
S201
R244
R245
R246
R249
CB205
R222
S502
X404
R395
C516
C517
R397
X603
U201
CB409
R438
R437
R436
R312
R503
D502
C511
C512
D501
Q501
Q505
R506
R502
C510
R504
R505
D503
R520
R209
CB201
R320
R353
R352
R333
R334
R332
U304
U303
R351
R350
R358
R331
R330
R338
R304
R303
CB308
CB307
CB306
CB305
CB304
CB303
R342
R302
U302U301
X701X704
X702
Q503
Q504
Q502
R510
R512
R511
C515
R536
R535
R513
R534
R538
R317
R307
R537
CB518
CB516
CB51 2
CB302
CB301
R343
R323
R533
R221 R220
R322
R321
R340
R341
R311
R301
R319
R318
R316
R315
R309
R308
R306
R305
CB404
CB406
R405
R406
U402
R407
CB40 3
CB407
R409
R410
R415
R416
R417
R418
R414
R420
C406
R412
Q401
Q402
U403
R421
R422
C404
C405
CB410
CB411
CB412
R441
R442
R450
C401
R404
D403
C403
CB413
L402
U405
R413
R443
R445
R447
R448
R449
C304
CB310
R360
R362
R363
R364
R365
R521
U306
R408
R208
CB202
R431
R433
C203
C204
C205
C207
C208
Q403
R440
R419
C518
CB517
X703
TriBoard Manual TC3X3
Hardware: TriBoard TC3X3 TH V1.0 and TriBoard TC3X3 V1.0
TriBoard Information
Figure 3-4 Filter components of ADC channels on Top Side
Figure 3-5 Filter components of ADC channels on Bottom Side
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3.12Other peripherals
For all other peripherals there are no special plugs on the board. The peripheral signals are available on the
different connectors. See “Connector Pin Assignment” on Page 6-1.
3.13Toggle LED’s
The status LED’s are low active and can be controlled by Software.
Port 20 pin 11 up to pin 14 are connected to single LED’s (D306... D309) and powered by the normal
microcontroller voltage.
Port 20 pin 10 and Port 33 pin 5 up to pin 7 are connected to single LED’s (D302... D305) and powered by the
standby voltage. This means that this LED’s can be are activ also when the board is in standby mode and only the
standby voltage available (port 33 is powered by VEVRSB pin which is connected to standby supply of TLF35584).
In this case the port pins are controlled by the standby controller if available.
Note:LED on P20.10 (D302) is always on if only VEVRSB is supplied.
3.14Buttons
On the board are three buttons.
The reset button (S501) will apply a warm power on reset to the device.
The ENA button (S502) will be used to enable/wakeup the TLF35584.
The P33.9 button (S202) can be used by software as input. Also can this button used by the standby controller to
react on an event when only standby supply is available (e.g. wakeup the TLF35584 via P33.10).
3.15Debug System
3.15.1OCDS1
The OCDS1 signals are connected to the IDC16 plug (X401). They work with the port supply of Microcontroller (+5V
default or +3,3V). For pinout of the connector see Figure 6-8. You can connect any debugger to this connector.
The signals /BRKIN and /BRKOUT are not connected per default. If you need this signals in the connector then
assemble R424 and R425 or R426 with a 0R resistor.
If you connect a debug hardware make sure that the miniWiggler JDS (see “miniWiggler JDS” on Page 3-4) is not
activ (ACTIV LED is off) and on the DAP connector (X402) is no hardware connected or the hardware is tristated.
If the ACTIV LED is on, then stop the active DAS Server ’UDAS’ and/or remove the USB connection to the PC.
If R214 up to R216 not assembled then the connector is not usable.
3.15.2DAP
The board comes with a DAP connector (X402). For pinout of this connector see Figure 6-9. You can connect a DAP
hardware here. If you use this connector make sure that the miniWiggler JDS is not activ (ACTIV LED is off) and a
connected OCDS1 hardware is disconnected or tristated.
3.15.3DAP_SCR
Additional DAP connector (X406) is connected to DAP_SCR. This DAP can be used as private DAP connection to
the standby controller. For pinout of this connector see Figure 6-9. You can connect a DAP hardware here. This
DAP use P33.6 and P33.7 which are connected to LED on the board. Maybe it is necessary to remove R393 and
R394 if the speed of the connection is not fast enough.
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R216
R213
R452
R429
R430
R214
R215
X402
R212
X604
R248
X406
R457
R346
X502
S202
R525
R348
R390
R256
R255
R241
R237
R235
R233
CB502
R509
R508
R507
R501
C504
C503
C501
C508
C509
C507
C502
CB501
L501
L502
U501
D508
C505
U502
CB510
R398
C519
R354
S501
X501
X401
D504 D507
D506
D505
D309
D308
D307
D306
D305
D304
D303
D302
X601
X602
X302X30 1
T302T301
U305
R356
R355
R336
R335
R531
R439
C302C301
R532
CB309
R396R394
R393R392
R391
R399
R324
R357R337
Y201
R207
R206
C202
C201
R202
R203
CB204
R201
CB520
CB515
CB511
R428
R427
R426
R425
R424
R524
R344
CB402
R402
R403
CB408
Y401
U401
U404
CB401
R401
D402
L401
BU401
R411
C402
CB405
R423
D401
CB414
CB415
CB416
CB417
CB418
CB419
R444
R446
R454
R456
R455
R451
U406
U407
U408
C303
D301
R359
R361
R232
R234
R236
R240
X303X304X305
R205
R204
S201
R244
R245
R246
R249
CB205
R222
S502
X404
R395
C516
C517
R397
X603
U201
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TriBoard Information
3.15.4High speed with DAP
For use the DAP connection with 160 MHz you need to remove 3 resistors to have a very short connection between
device and connector. On the TC3X3 Triboard this 3 resistors are R214, R215 and R216 for DAP (red marked in
Figure 3-6). This resistors needs to be removed.
Important: When the re sistors are removed then only the D AP connector on th e board can be used . The on board
wiggler and the OCDS1 co nnector couldn’t be use (ar e disconnected) in this case, also the DAP/JTAG part of the
ETK connector couldn’t be used.
All resistors are red marked in the following figure:
Figure 3-6 Location of DAP resistors on Top Side
3.15.5ETK connector (optional)
The TriBoard provide a 10 pin samtec connector (X404) for connecting to an ETK. This connector should be
assembled by your self if needed.
For the pinout of connector see Figure 6-10.
The needed Samtec connector is: TFM-105-02-A.
3.15.6EmW Power (optional)
The TriBoard provide the 4 pin power connector (X502) for the Ethernet miniWiggler (EmW). This connector
should be assembled by your self if needed.
For the pinout of connector see Figure 6-11.
The needed Samtec connector is the JST B4B-PH-K.
The connector provide the input voltage to the Ethernet miniWiggler and an enable/wakeup signal connected to
TLF35584.
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Because the device don’t have a VDDSB pin the 1,25V standby supply pin of the connector is not connected on
this board.
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2
on
134
P
1
0
.
5
P
1
0
.
6
P
1
4
.
3
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TriBoard Configuration
4TriBoard Configuration
4.1HW Boot Configuration
Figure 4-1 HW Configuration DIP-Switches
The picture above shows the definition of the boot HW configuration switch. The meaning of the switches will be
described in the following table (Table 4-1).
Note:
The ON position of the switch is equal to a logical LOW at the dedicated pin.
4.1.1Default Pad State
P14.4 / HWCFG6 is not bonded at this package. Therefore the pin is ‘open’ and the internal pull-up is active. This
means the Default Pad State is always that the internal pull-ups are enabled.
4.1.2Bootmode
Table 4-1User Startup Modes
HWCFG[5...3]Type of Boot234
XX1Start-up mode is selected by Boot Mode IndexXXOFF
110Internal Start from FlashOFFOFFON
100Alternate Boot Mode, Generic Bootstrap Loader on fail (P14.0/P14.1)ONOFFON
010Alternate Boot Mode, ASC Bootstrap Loader on fail (P15.2/P15.3)OFFONON
000Generic Bootstrap Loader (P14.0/P14.1)ONONON
1) The shadowed line indicates the default setting.
2) ’x’ represents the don’t care state.
3) 2 to 4 are the Dip Switch numbers.
1)2)3)
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4.2Assembly Options
4.2.1General optional resistors
Table 4-2General optional resistors (default assembly in brackets)
ComponentDescription
R202Connect P20.2 (/TESTMODE) to GND (not assembled)
R203XTAL1 Rload (50 Ohm) (not assembled)
R206XTAL Rparallel (not assembled)
R207XTAL2 Rserial (assembled)
R238Switch off EVRC (not assembled)
R240Switch off EVR33 (not assembled)
R390Connect V_STBY to toggle LEDs D302...D305 (assembled)
R399Connect V_UC to toggle LEDs D306...D309 (assembled)
R423Connect P20.0 with miniWiggler JDS (not assembled)
R424Connect P20.0 with OCDS1 connector (not assembled)
R425Connect P21.7 with OCDS1 connector (not assembled)
R426Connect P20.2 with OCDS1 connector (not assembled)
R427Connect P21.7 with USR1 of miniWiggler JDS (not assembled)
R428Connect P20.2 with USR1 of miniWiggler JDS (not assembled)
R429Connect P21.6 (DAP3) with USR1 of DAP (assembled)
R430Connect P20.2 with USR1 of DAP (not assembled)
R433Connect P21.7 with ETK connector (not assembled)
R439Connect P21.7 with ETK connector (not assembled)
R508Connect pin MPS of TLF35584 to V_CO (not assembled)
R509Connect pin MPS of TLF35584 to Ground (assembled)
R524Connect VDDP3 to V_UC (not assembled)
R525Connect VDDP3 to +3V3 (not assembled)
Note:All resistors are red marked in the following figures
User Manual4-2V1.0
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R216
R213
R452
R429
R430
R214
R215
X402
R212
X604
R248
X406
R457
R346
X502
S202
R525
R348
R390
R256
R255
R241
R237
R235
R233
CB502
R509
R508
R507
R501
C504
C503
C501
C508
C509
C507
C502
CB501
L501
L502
U501
D508
C505
U502
CB510
R398
C519
R354
S501
X501
X401
D504 D507
D506
D505
D309
D308
D307
D306
D305
D304
D303
D302
X601
X602
X302X301
T302T301
U305
R356
R355
R336
R335
R531
R439
C302C301
R532
CB309
R396R394
R393R392
R391
R399
R324
R357R337
Y201
R207
R206
C202
C201
R202
R203
CB204
R201
CB520
CB515
CB511
R428
R427
R426
R425
R424
R524
R344
CB402
R402
R403
CB408
Y401
U401
U404
CB401
R401
D402
L401
BU401
R411
C402
CB405
R423
D401
CB414
CB415
CB416
CB417
CB418
CB419
R444
R446
R454
R456
R455
R451
U406
U407
U408
C303
D301
R359
R361
R232
R234
R236
R240
X303X304X305
R205
R204
S201
R244
R245
R246
R249
CB205
R222
S502
X404
R395
C516
C517
R397
X603
U201
CB409
R438
R437
R436
R312
R503
D502
C511
C512
D501
Q501
Q505
R506
R502
C510
R504
R505
D503
R520
R209
CB201
R320
R353
R352
R333
R334
R332
U304
U303
R351
R350
R358
R331
R330
R338
R304
R303
CB308
CB307
CB306
CB305
CB304
CB303
R342
R302
U302U301
X701X704
X702
Q503
Q504
Q502
R510
R512
R511
C515
R536
R535
R513
R534
R538
R317
R307
R537
CB518
CB516
CB51 2
CB302
CB301
R343
R323
R533
R221 R220
R322
R321
R340
R341
R311
R301
R319
R318
R316
R315
R309
R308
R306
R305
CB404
CB406
R405
R406
U402
R407
CB40 3
CB407
R409
R410
R415
R416
R417
R418
R414
R420
C406
R412
Q401
Q402
U403
R421
R422
C404
C405
CB410
CB411
CB412
R441
R442
R450
C401
R404
D403
C403
CB413
L402
U405
R413
R443
R445
R447
R448
R449
C304
CB310
R360
R362
R363
R364
R365
R521
U306
R408
R208
CB202
R431
R433
C203
C204
C205
C207
C208
Q403
R440
R419
C518
CB517
X703
TriBoard Manual TC3X3
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TriBoard Configuration
Figure 4-2 Location of general optional resistors on Top Side
Figure 4-3 Location of general optional resistors on Bottom Side
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4.2.2Resistors for peripherals
Table 4-3Resistors for peripherals (default assembly in brackets)
ComponentDescription
R220Connect V_VR with VDDM (assembled)
R221Connect +3V3 with VDDM (not assembled)
R222Connect VAREF1 with VDDM (assembled)
R301Connect P11.10 with RXD of CAN0 transceiver (assembled)
R302Connect P11.12 with TXD of CAN0 transceiver (assembled)
R303Connect P14.1 with RXD of CAN0 transceiver (not assembled)
R304Connect P14.0 with TXD of CAN0 transceiver (not assembled)
R311Connect P15.3 with RXD of CAN1 transceiver (assembled)
R312Connect P15.2 with TXD of CAN1 transceiver (assembled)
R320Connect P02.0 with TXD of ERAY-A transceiver (assembled)
R321Connect P02.4 with TXDEN of ERAY-A transceiver (assembled)
R322Connect P02.1 with RXD of ERAY-A transceiver (assembled)
R323Connect P20.8 with EN of ERAY-A transceiver (assembled)
R324Connect P20.9 with ERRN of ERAY-A transceiver (assembled)
R340Connect P02.2 with TXD of ERAY-B transceiver (assembled)
R341Connect P02.5 with TXDEN of ERAY-B transceiver (assembled)
R342Connect P02.3 with RXD of ERAY-B transceiver (assembled)
R343Connect P02.6 with EN of ERAY-B transceiver (assembled)
R344Connect P02.7 with ERRN of ERAY-B transceiver (assembled)
R348Connect P23.1 with CS of SPI Eeprom (assembled)
R364Connect P15.1 with RXD of LIN1 transceiver (assembled)
R365Connect P15.0 with TXD of LIN1 transceiver (assembled)
R436Connect P14.0 with RXD of USB to UART (assembled)
R437Connect P14.1 with TXD of USB to UART (assembled)
R438Connect P15.2 with RXD of USB to UART (not assembled)
R440Connect P15.3 with TXD of USB to UART (not assembled)
Note:All resistors are red marked in the following figures
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R216
R213
R452
R429
R430
R214
R215
X402
R212
X604
R248
X406
R457
R346
X502
S202
R525
R348
R390
R256
R255
R241
R237
R235
R233
CB502
R509
R508
R507
R501
C504
C503
C501
C508
C509
C507
C502
CB501
L501
L502
U501
D508
C505
U502
CB510
R398
C519
R354
S501
X501
X401
D504 D507
D506
D505
D309
D308
D307
D306
D305
D304
D303
D302
X601
X602
X302X301
T302T301
U305
R356
R355
R336
R335
R531
R439
C302C301
R532
CB309
R396R394
R393R392
R391
R399
R324
R357R337
Y201
R207
R206
C202
C201
R202
R203
CB204
R201
CB520
CB515
CB511
R428
R427
R426
R425
R424
R524
R344
CB402
R402
R403
CB408
Y401
U401
U404
CB401
R401
D402
L401
BU401
R411
C402
CB405
R423
D401
CB414
CB415
CB416
CB417
CB418
CB419
R444
R446
R454
R456
R455
R451
U406
U407
U408
C303
D301
R359
R361
R232
R234
R236
R240
X303X304X305
R205
R204
S201
R244
R245
R246
R249
CB205
R222
S502
X404
R395
C516
C517
R397
X603
U201
CB409
R438
R437
R436
R312
R503
D502
C511
C512
D501
Q501
Q505
R506
R502
C510
R504
R505
D503
R520
R209
CB201
R320
R353
R352
R333
R334
R332
U304
U303
R351
R350
R358
R331
R330
R338
R304
R303
CB308
CB307
CB306
CB305
CB304
CB303
R342
R302
U302U301
X701X704
X702
Q503
Q504
Q502
R510
R512
R511
C515
R536
R535
R513
R534
R538
R317
R307
R537
CB518
CB516
CB51 2
CB302
CB301
R343
R323
R533
R221 R220
R322
R321
R340
R341
R311
R301
R319
R318
R316
R315
R309
R308
R306
R305
CB404
CB406
R405
R406
U402
R407
CB40 3
CB407
R409
R410
R415
R416
R417
R418
R414
R420
C406
R412
Q401
Q402
U403
R421
R422
C404
C405
CB410
CB411
CB412
R441
R442
R450
C401
R404
D403
C403
CB413
L402
U405
R413
R443
R445
R447
R448
R449
C304
CB310
R360
R362
R363
R364
R365
R521
U306
R408
R208
CB202
R431
R433
C203
C204
C205
C207
C208
Q403
R440
R419
C518
CB517
X703
TriBoard Manual TC3X3
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TriBoard Configuration
Figure 4-4 Location of peripheral resistors on Top Side
Figure 4-5 Location of peripheral resistors on Bottom Side
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Signal (on board used) Description
5Signal (on board used) Description
For more information about the signals please see the user manual/datasheet for TC3X3 and/or the schematics
of the board.
All not mentioned signals are not used on the board and can be used outside. Optional marked signals are used
only if they are connected (default is that they are not used on the board).
5.1Power Signals
Table 5-1Power Signals
Short nameDescription
VCC_INSupply Input (3,5V...40V)
VINInput Voltage of Power Supply Device
GNDGround
V_PREPEGPre Regulator Voltage (~5,8V)
V_UCMicrocontroller Supply Voltage (5V or 3,3V depends on assembled TLF35584)
V_COCommunication Supply Voltage (5V)
V_VRReference Supply Voltage (5V)
V_STBYStandby Supply Voltage (5V or 3,3V depends on assembled TLF35584)
VDDCore Supply Voltage (1,25V)
VDDSBEmulation Stand-by SRAM Supply Voltage (1,25V)
VDDP3Flash Power Supply Voltage (3,3V)
VFLEXFlexport Supply Voltage (3,3V)
VEXTOSCOscillator Port Supply Voltage (5V or 3,3V depends on assembled TLF35584)
VDDOSCOscillator Core Supply Voltage (1,25V)
VSSOSCOscillator Ground
VDDMADC Analog Part Supply Voltage (5V or 3,3V selectable via 0R resistors)
VAREF1ADC Reference Voltage 1 (VDDM)
VDD_USBSupply Voltage from USB (5V)
VDD_FTSupply Voltage FT2232HL device (3,3V)
5.2Reset Signals
Table 5-2Reset Signals
Short nameDescription
/PORSTPower On Reset
/DBG_PORSTPower On Reset from debug connectors
/ESR0External Service Request 0 (Hardware Reset)
/ESR1External Service Request 1 (Non Maskable Interrupt)
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Signal (on board used) Description
5.3Config Signals
Table 5-3Config Signals
Short nameDescription
P14.5HWCFG1 (EVR33OFF / EVR33ON)
P14.3HWCFG3 (Boot from pins / Boot from Flash BMI)
P10.5HWCFG4 (see boot configuration Table 4-1)
P10.6HWCFG5 (see boot configuration Table 4-1)
5.4Clock Signals
Table 5-4Clock Signals
Short nameDescription
XTAL1Crystal Oscillator Input
XTAL2Crystal Oscillator Output
5.5Debug Signals
Table 5-5Debug Signals
Short nameDescription
/TRSTTest Reset
DAP0Device Access Port Line 0 / Test Data Clock (TCK)
DAP1Device Access Port Line 1 / Test Data Select (TMS)
DAP2Device Access Port Line 2 / Test Data Output (TDO)
P21.6Test Data Input (TDI)
DAP0_ADAP0 / TCK from debug connectors
DAP1_ADAP1 / TMS from debug connectors
P21.7DAP2 / TDO from debug connectors / TriCore™ Breakpoint Input
P20.2Test Mode Select Input
P20.0TriCore™ Breakpoint Output
5.6Peripheral Signals
Table 5-6Peripheral Signals
Short nameDescription
P14.1ASCLIN0 Receive Input A
CAN01 Receive Input B (optional)
P14.0ASCLIN0 Transmit Output
CAN01 Transmit Output (optional)
P15.3CAN01 Receive Input A
ASCLIN0 Receive Input B (optional)
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Signal (on board used) Description
Table 5-6Peripheral Signals (continued)
Short nameDescription
P15.2CAN01 Transmit Output
ASCLIN0 Transmit Output (optional)
P15.1ASCLIN1 Receive Input A
P15.0ASCLIN1 Transmit Output
P11.10CAN03 Receive Input D
P11.12CAN03 Transmit Output
P02.0E-Ray Channel A Transmit Data Output
P02.4E-Ray Channel A Transmit Data Output enable
P02.1E-Ray Channel A Receive Data Input 2
P20.8E-Ray Channel A Enable Output
P20.9E-Ray Channel A Error Input
P02.2E-Ray Channel B Transmit Data Output
P02.5E-Ray Channel B Transmit Data Output enable
P02.3E-Ray Channel B Receive Data Input 2
P02.6E-Ray Channel B Enable Output
P02.7E-Ray Channel B Error Input
P23.1Slave Select Output for CS of eeprom 25LC020A
P11.6QSPI1 Master Clock Output for SCL of TLF35584 and SCK of eeprom 25LC020A
P11.9QSPI1 Master Transmit Output for SDI of TLF35584 and SI of eeprom 25LC020A
P11.3QSPI1 Master Receive Input B for SDO from TLF35584 and SO of eeprom 25LC020A
P11.11QSPI1 Slave Select Output 4 for SCS of TLF35584
P11.2Output for Watchdog Input of TLF35584
P33.8SMU_FSP0 Output for Error Signal Input of TLF35584
P02.8Input for Safe State Signal 1 from TLF35584
P33.10Output for Wake/Inhibit Input of TLF35584
P20.0HSCT System Clock
P21.2HSCT Data Negative Input
P21.3HSCT Data Positive Input
P21.4HSCT Data Negative Output
P21.5HSCT Data Positive Output
P20[11...14]On board LED’s
P20[10]On board LED (standby voltage supplied)
P33[5...7]On board LED’s (standby voltage supplied)
User Manual5-3V1.0
TriBoard TC3X3 TH V1.0 and TriBoard TC3X3 V1.0 2020-05
TriBoard Manual TC3X3
Hardware: TriBoard TC3X3 TH V1.0 and TriBoard TC3X3 V1.0
Connector Pin Assignment
6Connector Pin Assignment
The TriBoard will be shipped with four male (plug) connectors on top layer and four female (socket) connectors
on bottom layer. The default connectors are 80-pol. Board to Board connectors from Samtec:
http://www.samtec.com
Plug:
FTSH-140-02-L-DV-ES-A
Socket:
FLE-140-01-G-DV-A
6.1On Board only used signals
Following port pins are only used on board and are not connected to any connector also not via resistor:
Table 6-1On Board only used Signals
Short nameDescription
VCAP0Used as VCAP0 for EVRC
VCAP1Used as VCAP1 for EVRC
P14.5Used as HWCFG1
User Manual6-1V1.0
TriBoard TC3X3 TH V1.0 and TriBoard TC3X3 V1.0 2020-05
GND
12
GNDGND
12
GND
GND
34
GNDGND
34
GND
56
P21.6VCC_IN
56
VCC_IN
78
P21.7VCC_IN
78
VCC_IN
910910
11 1211 12
13 1413 14
15 16
/ESR1
15 16
/ESR0
17 1817 18
19 20
GND
19 20
GND
21 2221 22
/PORST
23 24
P10.5
23 24
25 2625 26
27 28
P10.2
27 28
P23.1
29 30
P13.1
29 30
31 3231 32
33 34
P13.3
33 34
35 36
P13.2
35 36
37 38
P20.9
37 38
P20.10
39 40
P20.13
39 40
41 42
P33.5
41 42
43 4443 44
P20.2
45 46
P00.0
45 46
47 4847 48
49 50
P21.2GND
49 50
GND
51 52
P21.3XTAL1
51 52
53 54
P21.4XTAL2
53 54
55 56
P15.3
55 56
P15.5
57 58
P15.2
57 58
59 60
P14.1
59 60
P15.1
61 62
P14.0
61 62
P15.0
63 64
P20.11
63 64
65 66
P20.14
65 66
67 68
P20.12
67 68
69 7069 70
P20.8
71 7271 72
73 7473 74
75 7675 76
GND
77 78
VEXT
77 78
+3V3
79 80
VEXT
79 80
+3V3
BUS EXPANSION (X601,X701)PERIPHERALS (X602,X702)
TriBoard Manual TC3X3
Hardware: TriBoard TC3X3 TH V1.0 and TriBoard TC3X3 V1.0
Connector Pin Assignment
6.2TC3X3 Connector / Top View
Figure 6-1 Connector for TC3X3 - Pinout (Part I, Top View)
User Manual6-2V1.0
TriBoard TC3X3 TH V1.0 and TriBoard TC3X3 V1.0 2020-05
GND
12
GNDGND
12
GND
GND
34
GNDGND
34
GND
AN0
56
AN7
56
AN1
78
AN8
78
AN2
910
P02.0
910
AN3
11 12
P02.1
11 12
AN4
13 14
AN9P02.2
13 14
AN5
15 16
P02.3
15 16
17 18
P02.4
17 18
19 20
P02.5
19 20
21 22
AN11
21 22
23 24
AN12
23 24
25 26
AN13
25 26
AN6
27 28
AN14
27 28
29 30
AN15
29 30
31 3231 32
33 3433 34
35 36
P10.6
35 36
GND
37 38
GND
37 38
VDDM
39 40
VAREF1
39 40
GND
41 4241 42
GND
43 44
GND
43 44
AN32
45 46
P11.2
45 46
AN33
47 48
P11.3
47 48
AN34
49 5049 50
AN35
51 5251 52
AN36
53 54
P11.6
53 54
AN37
55 5655 56
P33.8
AN38
57 58
P11.8
57 58
P33.9
AN39
59 60
P11.9
59 60
P33.10
GND
61 62
GNDP11. 10
61 62
63 64
P33.6P11.11
63 64
65 66
P11. 12
65 66
67 6867 68
VEXT
69 70
+3V3
69 70
P02.6
71 7271 72
P02.7
73 7473 74
P02.8
75 76
VEXT
75 76
P33.7
77 78
P14.3VEXT
77 78
+3V3
79 80
VEXT
79 80
+3V3
ADC (X603, X703)GTM / PORTS (X604,X704)
TriBoard Manual TC3X3
Hardware: TriBoard TC3X3 TH V1.0 and TriBoard TC3X3 V1.0
Connector Pin Assignment
Figure 6-2 Connector for TC3X3 - Pinout (Part II, Top View)
User Manual6-3V1.0
TriBoard TC3X3 TH V1.0 and TriBoard TC3X3 V1.0 2020-05
+3,5V...40V
GND
D+
D-
VCC
GND
ID
2468
GND
BP
BM
13579
1
0
2468
GND
CANH
CANL
13579
1
0
GND
TriBoard Manual TC3X3
Hardware: TriBoard TC3X3 TH V1.0 and TriBoard TC3X3 V1.0
Connector Pin Assignment
6.3Power connector pinout
Figure 6-3 Power connector pinout (Roka 520 2550
6.4USB connector pinout
Figure 6-4 USB connector pinout (Micro USB B-type)
Do you have a question about any
aspect of this document?
Email: erratum@infineon.com
Document reference
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